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Plans &LC 261 I — o o 4-1 1 7 Z S vV ©v 2 L LN FRAmMR siacrmc co. E Array # 1 -� 04-1110 a r.w.r o.c.tc ..r te t. 2 strings of 8 -235w Solar World Modules. 3,760watt,s 2 — #10 PV wires typical per string. Roof line 4 #10 USE-2 Attic space (� w/ 1 — # . 1 Note: The PvPower 3000 has intergral AC and DC In 3 /4 "EM CZ/ Ct disconnects. Inverter is rated for 13amp maximum output. Distance from modules to AC combiner to be O less than 100' Note: All mounting hardware to be stainless steel or galavnized. Note: Label all equipment as required by NEC and local Utility. M Pti Note: Electrical permit obtained through local AHJ - �• J ►""1 by Frahler Electric Company. I Mounted adjacent to existing PvP 3000 meter. Note: All grounding per NEC and AHJ. Inv. n W/ integral r� AC /DC a disconnect 2 — #10, 1 — #10 gnd. 0 1/2" EMT (TYP) ETO or Utility A a Meter 200amp 120/240 f ph 3 wire panel a located in garage, Relocate breakers O A o as needed. Provide 20a -2pole breaker UTILITY METER (to be verified) & e Prupct Hume.. -4 ..• Data. 05 -19 -11 Soto NA ttib E1 Array Specifications Array Specifications Inserter Specifications Desired String Size from Calculations Tab 8 Desired String Size from Calculations Tab 8 Inverter Model PVP3000 /240 Desired Number of Strings in Parallel 2 Desired Number of Strings in Parallel 2 Max Output Power (W) 3000 Voc max 500 STC Rating of Array (W) Array too large STC Rating of Array (W) Array too large Isc max 26 f`% } G O Vmp min 170 Adjusted Voc (low temp) 340.73 Adjusted Voc (low temp) 340.73 Max Power Input (W) 3750 Typical operating Vmp 240,00 Typical operating Vmp 240.00 AC Overcurrent Protection 20A Adjusted Vmp (avg high temp) 194.56 Adjusted Vmp (avg high temp) 19436 Adjusted Vmp (record high temp) 187.52 Adjusted Vmp (record high temp) 187.52 ' '' ` AC Voltage Drop imp for Specified Array 15.7 Imp for Specified Array 15,7 Conductor Type Copper PV Source Circuit DC Voltage Drop (String to Combiner) " PV Output Circuit DC Voltage Drop (Combiner to Inverter) Wire Size (AWG) 10 One Way Length of Inverter Output Circuit 20 Conductor Type Copper Conductor Type Copper Numberoflnverters 1 Wire Size (AWG) 10 Wire Size (AWG) �, - 10 Output Phase 1 One Way Length of PV Source Circuit in (feet) 75 One. Way Length of P O utput Circuit in (feet �� Output Voltage 240 __..,A _.... "" Number of PV Output Circuits 1 Number of PV Output Circuits ' �- ' ■ ut Circuits 1 � Number of Inverter Out P Minimum Wire Size to Keep VD <2% 14 Minimum Wire Size to Keep VD <2% w g ' 18 Minimum Wire Size to Keep VD <2% 18 Calculated VD with selected wire size ( %) 0.78% Calculated VD with selected wire size ( %) 0.10% Calculated VD with selected wire size (%) 0.27% http: / /renewableassociates.com/ 4 ' d� ,_• ± r 7: � �,� ; � �„+� N z } ' Affi :•. .xr, ' a x �x s. «..�.a u .�3:z.3.a :. o. "'� . Use Defi Parameters ,. t e-.. .:.: - , e, '*',.„.:, ,:,: k. �,, , -iz`Ta - * 9 ,N y _ d " � is` vd j •a , "�a � ..::re e �. € a itIl3 "/ f{A w weather' co mTm c Efi w'= @ Este ®:e s e � � 2 r Col AmbienE r 1, -3 e � q a� y s r Average Hottestertt 85 g� �� R •Ho ttest A Ier1 � � 96 , a . ' ' ,Sw y ` Roof, rack o r t oun Ro � � , s ‘*'''.4,'''...' P ( ® �''� �" s p s y ' ' yr } _ " " r x, x M M an i f r SolarWOrld "; e € ,r", `� 7 , o u 1 M °g b SW 235 -Poly ® a €; " v e r t f (5 6 K � 9 , � �� 3 Y e i PV_Powered Invertee od e (N : , umbe ; PVP3000 /240 a A , x a . ri °,s. r ' ' &w r g+ } H. „n:v`,.�w $0, . t - -.4,,,,, : 4 & M ,: x<` � , < P ., -, ' �. rr oa ". x, "`"v -, �* r 1 I x, •fie: ; x � k'�f n ,_, .r ` � .. •� � � 8 IVhn $ in S rze' � 34 } , , g 8 ,, I carre nnY 7 . -0 sh a % Maxim Strin Sze' I1 � �d�ist e �' M�od�e Inc (ree�r low) � 4 �:6 Max Strings in Parallel 3' A ' d jy s ted , IVIod�E v ( c rd h i 24.3 , ., . Maximum Number of Modules 15 Adjusted.ModuleVrnp (record high) 23.4 Array Design Options & C I ulati ns- ._ • ,, , Enter Desired Str S ize yW 8 Enter' Desired Number of S tring s an el 2 <��� �` � : ��`' ,: � ,,� � �,�� � ��.3���QI?� 4 17 1 a rem $: • " a 1,,,,,-.3::P!!' s ,4'; "4 � a Adjus Vim'! W � AAp .A I i r ;; ' r , ,' s s (ma T yp ical ¢[ a j Ez R 8 ri '„ 3, g � 440,...!..k.,..- 2 - pc P' �'`' 11 1 /� 3 s ,a 4 p Y :l e y ' t r , .>,, +rr ;. r . r Adjus (a ���h =� , ® � �� , � �` � ° � � '/..,., � � ,��, �, �� c � .� �r Ad uSted t%rn t ,, . s ' ,y , . r x j I7' ' !r � g:2).4--- x , K - 0�, j ` a a r ; , � z ti rt v'.. ry +�a��. ', `' : °� `z �" �,s, �y 1 - <F ,�y', r,� hk -: r }E . . ; ! 6 y � w t �xj. *, ; f �;' .�x ,,yy fi R Imp. d art :3 e .n � QY, r p „, ® y . § R g a ;B � . F t *Voltage and Current Values for Bi facial modules include a max 30% cont rib u tion from irradiance on the back side of the module http: / /renew ableassociates.com/